Endless Possibilities of Use

RED + INFRARED LIGHT

Supports visible reduction in wrinkles and skin roughness

Red light (633 nm) and near-infrared light (850 nm) may support the body’s natural production of collagen and elastin, helping to improve the appearance of skin firmness and texture.
Study: Lee et al. (2007) reported a 36% reduction in wrinkle depth and 19% improvement in elasticity after 4 weeks of LED therapy

RED + BLUE LIGHT

Helps calm the appearance of acne-prone skin

Red and blue light have been studied for their ability to reduce the presence of acne bacteria and calm the look of inflamed skin.
Study: Goldberg et al. (2006) showed a 77% improvement in acne lesion count using blue/red light combination therapy

YELLOW LIGHT

May support recovery of sun-exposed or reactive skin

Yellow light (590 nm) has shown potential to soothe the appearance of reactive skin and help improve tone.
Study: Barolet, D. (2008) found that yellow LED light improved facial radiance and reduced the look of erythema

RED LIGHT

May assist in cosmetic recovery from surface-level scarring

Red and infrared light have been studied for their effects in tissue repair and may contribute to the visible reduction of post-surgical or acne-related marks.
Study: Avci et al. (2013) reviewed the photobiomodulation mechanisms of red/IR LED therapy in tissue regeneration

OUR POINT OF DIFFERENCE: Combination Modes

Two additional combination modes that address multiple concerns simultaneously

Mode 5: Clarity & Balance — Red (633 nm) + Infrared (850 nm) + Blue (425 nm) + Crimson (660 nm)
This multi-spectrum mode brings together four clinically studied wavelengths to support visibly clear, calm, and revitalised skin. Designed for those seeking an all-in-one ritual, Mode 5 may help reduce the appearance of congestion, promote smoother skin tone, and refresh tired, dull-looking skin. It's your go-to for a comprehensive daily glow boost.

Mode 6: Radiance Recharge — Red (633 nm) + Yellow (590 nm) + Infrared (850 nm) + Crimson (660 nm)
Mode 6 is your glow-inducing powerhouse. Formulated to visibly brighten, even skin tone, and support your skin’s natural vitality, this combination blends calming and rejuvenating wavelengths for a luminous, well-rested complexion. Ideal for days when your skin needs a little extra radiance — no filters required.

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Glow With Purpose: The Research Behind The Results

More than just skin: The Clinical Studies

ByronGlow is a cosmetic LED device designed to support your daily self-care ritual and visible skin appearance. While our claims are Class I TGA-compliant in nature, we encourage curious minds to explore the wide body of global research on photobiomodulation. Below are some of our favourite studies that sparked our passion

Light has the power to do more than we can claim — and we’re excited to be part of that journey.

Always consult with a healthcare professional before using LED light therapy for therapeutic purposes.

1. Explored for supporting hair follicle stimulation

Red (633 nm)
Shown to increase blood circulation and stimulate follicles in individuals with thinning hair.
Study: Lanzafame et al. (2014) found increased hair count using red LED in androgenetic alopecia

2. May help ease joint pain and stiffness

Wavelengths: Red (633 nm) and Infrared (850 nm)
These wavelengths have been linked to decreased joint inflammation and short-term relief in mild osteoarthritis.
Study: Brosseau et al. (2005) concluded LLLT was effective for short-term knee OA pain relief

3. May support nerve regeneration and circulation

Wavelengths: Red (633 nm) and Infrared (850 nm)
Photobiomodulation has shown promise in increasing nerve repair post-injury by stimulating axonal growth.
Study: Rochkind et al. (2007) reported enhanced recovery with red/IR LED therapy

4. May relieve muscle soreness and fatigue

Wavelength: Infrared (850 nm)
Shown to reduce post-exercise inflammation and oxidative stress markers, particularly in athletes.
Study: Leal-Junior et al. (2015) found significant reductions in muscle fatigue markers after use

3. May offer relief in Endometriosis related discomfort

Wavelengths: Red (633 nm) and Infrared (850 nm)
Emerging research suggests that low-level red and infrared light therapy may help support pain management and reduce inflammation in individuals with endometriosis. Photobiomodulation has been studied for its potential role in modulating inflammatory cytokines and oxidative stress — two contributors to chronic pelvic discomfort.
Study: Pinheiro et al. (2016) reported that red/IR light therapy led to decreased inflammatory markers and improved pain outcomes in a rat model of endometriosis